If you already own a suitable spare PC, it may cost less in cash to run a small 24/7 YouTube radio channel than to pay for a cloud service. The answer depends on the PC’s measured electricity use, your local tariff, any extra costs at home, and the price and limits of a cloud plan that actually meets your needs.
A cloud subscription makes the recurring fee easier to predict and takes the always-on job off your computer, but it is not automatically the cheaper choice. Compare both options over the same month, including the costs and work that are easy to leave out of a quick calculation.
Define the workload and what counts as cheaper
For a fair comparison, begin with the same broadcast on both setups: the same audio and visual content, streaming hours, output quality, and intended YouTube channel. A low-motion radio visual and a demanding multi-scene programme are different workloads. The PC, connection, and cloud plan all need to be suitable for the version you intend to run.
“Cheaper” can mean different things. If you mean the lowest monthly cash outlay, count the extra electricity and other costs caused by running the PC, then compare that total with the cloud subscription. If you would need to buy or upgrade the PC, include that one-off spending rather than treating the machine as free. You might spread a purchase over the months you expect to use it, but state the period and assumption instead of hiding the cost.
Cash is not the only useful measure. A local setup asks you to install and maintain software, keep the computer and connection available, notice failures, and recover the stream. A cloud service has a fee and depends on its provider’s workflow, plan limits, and service. Put a value on your time if it matters to your decision, but do not invent a universal hourly rate or pretend that convenience has the same value for everyone.
It also matters whether you are comparing like with like. Check what a cloud plan includes: storage, number of simultaneous streams, destinations, scheduling, and output quality can differ. A low starting price may not cover your actual use. In the local setup, make sure the computer can encode or relay the chosen stream reliably without being used for another task that interrupts it.
YouTube supports encoder-based live streaming, subject to account eligibility and stream settings. Check YouTube’s current live-streaming eligibility guidance before building around a channel that has not gone live before. Eligibility does not decide which operating option costs less, but it is a sensible prerequisite to check before spending money.
Estimate the spare PC’s electricity cost
The useful input is the computer’s average power draw while it is doing the actual job, not a figure guessed from its model name or maximum power supply rating. Measure it during a representative stream if you can. A plug-in electricity monitor can help, but it is optional; if you use one, measure the whole computer setup you intend to leave on, including relevant peripherals.
Use this calculation:
Average watts × hours running ÷ 1,000 × local electricity price per kWh = electricity cost.
For a monthly estimate, use the hours the computer will really be running during your chosen billing period. Use the tariff shown on your electricity bill, including the unit rate that applies to you. If your tariff changes by time of day or usage band, decide whether a single average rate is adequate or whether you should estimate the relevant bands separately. Do not substitute a generic national rate for your own bill.
For example, take your measured watt figure, multiply it by the planned running hours, divide by 1,000 to convert watt-hours into kilowatt-hours, and multiply that result by your tariff. This gives the electricity cost for the measured load under those assumptions. It does not include the value of the computer, internet availability, repairs, or your time.
If you cannot measure yet, make a few estimates using plausible readings from the equipment in front of you, and label them as scenarios rather than facts. The research for this article found no independent figure for the typical draw of a small radio channel’s spare PC. One illustrative example published in a StreamNeo guide used 120 W, but that is an example input, not a typical reading or a recommendation. Your actual measurement is more useful.
YouTube advises testing the upload connection and monitoring stream health. Its encoder settings guidance says, “We recommend running a speed test to test your upload bitrate.” Choose a stream setting your connection can sustain rather than paying for or provisioning more output than the channel needs. Once broadcasting, check the health indicator as well as whether the local player appears to be working.
Add hardware, internet, upkeep, and recovery
An already-owned PC changes the calculation because its purchase cost is not a new bill this month. It does not make the computer free to operate, though. Include the electricity you calculated, and add any cost you would incur specifically to keep the stream running: a repair, a replacement component, a suitable upgrade, or backup power if you decide it is needed.
Separate a sunk cost from an avoidable one. If the spare PC would otherwise sit unused, its original purchase price may not be relevant to the immediate monthly comparison. If it would be useful elsewhere, or you must buy a dedicated machine, the opportunity or purchase cost deserves attention. A computer that is already too old, noisy, unreliable, or underpowered for the job is not a suitable spare merely because it is available.
Home internet is often the missed line. If you already keep a suitable connection for other household uses, do not charge the entire plan to the stream as if the channel caused it. But the channel depends on that connection being present and capable of sustained upload. If you need a higher plan, a separate connection, or a different arrangement to meet that need, count the incremental monthly cost. Also consider whether household use competes with the stream’s upload capacity.
A PC setup leaves maintenance and recovery with you unless you configure and test automation. Operating-system updates can restart a machine; software can crash; the router or home power can fail. A restart script or automatic launch can reduce manual work, but it does not remove the need to test what happens after a drop. Keep a simple recovery note: how to check the encoder, reconnect the stream, and confirm that YouTube is receiving it.
If you are using OBS, a rising dropped-frame count or an unhealthy connection indicator can point to a connection that cannot sustain the chosen bitrate. OBS’s connection troubleshooting guide is useful when testing the local route. A PC can be a good fit if you are comfortable handling these checks. If you want a recorded playlist to continue without manual gaps, see how to keep an FFmpeg stream running between playlist videos; the particular method still needs testing on your own setup.
Recovery also has a time cost. A short interruption at a convenient hour may be easy to fix; a failure while you are asleep or away may leave the channel offline until you notice it. That is not a reason to assume a cloud service cannot fail. It is a reason to compare the recovery process you would actually have in each case, and decide how much attention the channel can reasonably require from you.
Compare against an equivalent cloud service plan
For cloud streaming, identify a real plan that supports the broadcast you want, then compare its recurring fee and billing terms with your local costs. Check the plan’s current limits directly before deciding: a feature shown on a comparison page may not be included in every tier, and a package built for several destinations may be more than a YouTube-only radio channel needs.
The research notes recorded vendor-published monthly starting prices of 9 for Beamd Starter, 9 for Gyre Start, and 0 for one Upstream stream, in a comparison checked on 21 September 2026. Beamd cautioned that the packages were not identical. Treat those figures only as a dated snapshot from the vendor comparison, not as an independent audit or a like-for-like verdict. Prices, billing terms, and features can change; verify each vendor’s own page at the time you make a decision. No price is given here for StreamNeo.
As listed on Beamd’s site in September 2026, its Starter plan was $19 per month and included one simultaneous stream, three destinations, 50 GB of storage, 1080p/60fps output, and loop or playlist support. Those are vendor-published terms at that date, not a claim that the plan is suitable or best value for your channel. Check the Beamd plan page for current details, and compare only features you will use.
A plan with more destinations, storage, or output capacity can cost more without improving a simple single-channel radio broadcast. Conversely, paying less for a plan that cannot hold your source file, support the schedule you need, or provide the relevant stream capability is not a meaningful saving. Be precise about whether you need one continuous stream, scheduled starts, a playlist, or more than one output.
Cloud streaming shifts the always-on process away from your own computer and home power, and a managed service can reduce the need for you to keep the local machine running. It does not remove the need to prepare suitable content, configure the YouTube stream key, check the provider’s limits, or assess the provider’s own recovery and service arrangements. Read current documentation and terms rather than relying on broad claims of reliability.
If the recurring task you most want to avoid is leaving your own computer on and watching for a dropped broadcast, StreamNeo addresses that particular burden by running an uploaded video as a YouTube live stream after setup. It is YouTube-only, so it is not a fit if you need another destination. The specific plan, limits, and terms should be checked directly before you decide whether that workflow matches your channel.
When a spare PC may cost less
A spare PC is a strong candidate when you already own a suitable machine, the measured electricity cost is modest relative to a suitable cloud fee, and the home internet connection is already in place. You also need to be willing to maintain the encoder and respond to interruptions, or to build and test a recovery process that fits your availability.
The word “suitable” matters. Check that the PC can run the intended playback and streaming software without stuttering, overheating, or competing with other workloads. A simple static visual may ask less of a system than a complex live scene, but the content still needs to be encoded and sent consistently. Test the actual stream at the chosen settings rather than deciding from a short preview alone.
A local setup can give you direct control over the file, playlist, and encoder. That can be valuable if you frequently change scenes or audio, want to inspect the programme locally, or already know how to use the software. For an archive-based channel, streaming a podcast archive with OBS offers a relevant example of a local encoder workflow, though its details are not a substitute for testing your own playlist and connection.
The local option becomes less attractive if you would have to buy a computer solely for the channel, add a costly internet upgrade, or leave a machine running that needs regular attention. Those are not automatic reasons to choose cloud, but they belong in the calculation. An additional cost that recurs every month can erase the apparent saving from using a PC you already have.
When cloud streaming may be worth the fee
Cloud streaming can be worth paying for when your priority is not merely the lowest electricity bill. It may suit you if you do not want a home computer running continuously, cannot reliably leave it powered and connected, travel often, or would rather not handle operating-system changes and encoder restarts yourself. The fee is the cost of a different operating arrangement, not proof that interruptions are impossible.
It can also simplify the physical setup. You do not need to dedicate a local PC to broadcasting if the provider’s workflow accepts your source and supports the schedule and output you need. The trade-off is that you rely on the provider’s interface and limits. Check how uploads, playlist changes, account access, and recovery work before entrusting it with a channel that matters to your business or audience.
Cloud is less persuasive if the plan charges for capacity you will not use, its supported workflow does not suit your content, or the price exceeds the value you place on reduced local effort. It is also not a solution to every channel problem. You still need a source video you are entitled to stream, an eligible YouTube channel, suitable settings, and a process for checking that the live broadcast is healthy.
If power cuts are your main worry, compare the local resilience you can practically provide with the cloud provider’s published service and recovery information. Moving the encoder off your home PC changes where the stream is processed; it does not establish that your local internet, YouTube, or the provider can never have a problem. For a local route, planning power backup for a recorded stream can help you think through the home-power side without assuming a particular backup device is necessary.
Build a like-for-like monthly comparison
Write down the assumptions before comparing totals. Use one billing month for both options, the same number of running hours, the same content and output, and the same YouTube destination. If one option supports a schedule or recovery process the other does not, note that difference rather than treating the plans as equivalent.
| Monthly comparison item | Spare PC at home | Cloud service |
|---|---|---|
| Main recurring cost | Measured electricity cost for the stream workload | Current fee for the plan that meets the channel’s needs |
| Existing equipment | No new purchase if the spare is already suitable | No dedicated streaming PC required for the cloud workflow |
| New or incremental costs | Repairs, upgrades, backup power, or internet change needed for the stream | Higher tier or extra capacity needed for the intended use |
| Connection dependency | Sustained home upload and home power | Provider’s service and the connection needed to manage the channel and content |
| Upkeep and recovery | Your time for updates, checks, restarts, and troubleshooting | Provider workflow and support, subject to its current terms and tools |
For the PC column, enter the electricity result from your measured average watts and actual tariff. Add only costs caused by the stream, such as an internet plan change or a repair you would not otherwise make. If you choose to include a computer purchase or upgrade, show it separately from monthly running costs, then say how you have allocated it across the months in your comparison.
For the cloud column, use the current fee and billing term for the required plan, not a starting price from an old comparison or a feature list for another tier. Include any extra capacity you genuinely need. If the plan bills annually rather than monthly, convert the cash commitment carefully and note that the upfront payment differs from a month-to-month arrangement.
Then add a non-cash column in your notes: who will notice and recover a failure, how much hands-on work is acceptable, and how important direct control is. Do not force these into a pretend dollar value. If the monthly totals are close, those practical differences may make the choice for you. If the PC is clearly lower in cash cost but you cannot be available to maintain it, the lowest bill may not be the arrangement you want.
A small spreadsheet can keep the decision honest. Record the measurement date, tariff source, monthly running hours, cloud plan page and date checked, and any assumptions about repairs or internet. Revisit the comparison when your tariff, hardware, schedule, or cloud plan changes. That gives you an answer for your channel rather than a claim about all small radio stations.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Is an already-owned PC free to use for a 24/7 stream?
It may have no new purchase cost, but it still uses electricity and relies on working home power and internet. You may also spend time on updates, monitoring, and recovery, and could incur repair or backup costs. Measure the running draw and count the costs that the channel actually adds.
Can I use a generic wattage or electricity rate to decide?
A generic example can show how the formula works, but it cannot tell you what your machine or bill will cost. Measure the PC while it performs the intended workload if possible, then use the applicable rate from your own electricity bill. The result remains an estimate if your load or tariff varies.
Does a cloud service guarantee that my YouTube channel stays live?
No. A cloud service changes where the streaming process runs and may provide tools to manage it, but you should not treat that as a guarantee against interruptions. Check the provider’s current service terms and recovery information, and continue to verify YouTube stream health.
What should I compare first if I have no budget spreadsheet?
Start with three inputs: the spare PC’s measured average watts, your local electricity price per kWh, and the current price of a cloud plan that meets your actual requirements. Then add any internet, hardware, or upkeep costs caused by the local setup. If the cash totals are close, compare the work and recovery responsibility you are willing to take on.